the column has a length l with ends that are free to rotate. determine the maximum axial load that can be placed on the column given a factor of safety, f.s., against failure (buckling or yielding). l

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19-12-2022
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the column has a length l with ends that are free to rotate. determine the maximum axial load that can be placed on the column given a factor of safety, f.s., against failure (buckling or yielding). l

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AarushiAanand AarushiAanand · Answer 1 · 2022-12-21T20:31:25-05:00

The maximum axial load that can be placed on the column given a factor of safety, F.S., against failure (buckling or yielding) is 0.84 kips.

Axial loads are those who will stand up to a force within the same direction because the axis, additionally referred to as thrust loading. Radial hundreds, on the opposite hand, are created to resist forces that square measure perpendicular to the direction of the axis.

A column or pillar in design and structural engineering could be a structural component that transmits, through compression, the burden of the structure higher than to alternative structural parts below. In alternative words, a column could be a compression member.

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he column has a length L with ends that are free to rotate. Determine the maximum axial load that can be placed on the column given a factor of safety, F.S., against buckling and yielding. L=8ft b = 1.5 in h = 3.5 in E = 1,600 ksi F.S. = 2 o, = 4.2 ksi Member Cross Section

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